Sentence examples for thermal medium from inspiring English sources

In active micromixers where disturbance in fluid flow is generated by an external source such as magnetic field, electric field, ultrasonic effects and thermal medium, their integration into microfluidic devices is challenging due to expensive and complex fabrication protocols and supporting external equipment.

It is found that conventional DSC techniques fail to detect the transition enthalpy; a technique using silicon oil as the thermal medium was then employed to determine the transition enthalpy, which is of 3% the melting enthalpy for crystallites with monoclinic form, or 6.1 J/g on 100% crystallinity basis.

LHW pretreatment uses water as the thermal medium.

Cycle-combined heat exchange process is a solution to improve heat exchange effect between two thermal mediums.

During the process of food production, water is usually used as a processing aid including as a thermal transfer medium, as a transport medium, and for cleaning.

High temperature phase change material (PCM) is used as a thermal storage medium of a heat pipe receiver in an advanced solar dynamic system.

Heat storage is an important task in the use of solar energy; in particular, the use of water as the thermal storage medium is one of key technologies in solar thermal energy utilization.

A coal coke of the bed material works as a carbonous feedstock, while quartz sand functions as a thermal storage/transfer medium inside the reactor.

Under local summer climatic conditions, a melting point of 30 °C and a 3-cm-thick MEPCM (using paraffin as the core material) layer are recommended for the thermal management medium.

Kabeel (2015) Performance improvement techniques of stepped solar still Stepped solar still was concluded as an effective and efficient solar still device Use of reflectors, thermal storage medium, glass cover cooling, sun tracking, wicks with stepped solar still highly improve its efficiency Tray/step depth, width, shape and design significantly affect the performance of stepped solar still 24.

The use of a water-saturated microencapsulated phase change material (MEPCM) layer as a passive thermal management medium for a building-integrated photovoltaic (BIPV) was modeled by CFD numerical simulation to explore the effects of different MEPCM melting points and MEPCM layer thicknesses on the thermal and electrical performance.